In most studies concerning resonance based target recognition, targets are usually excited and measured using a linear polarized basis and at the same time ignoring the cross polarization component. In this paper, the possibility of using circular polarization in this context is investigated. Numerical results of some simple wire targets demonstrate that it would be easier to fully excite all of the important resonances using a circular polarization basis with due consideration of the co- and cross-polarized directions.

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BibTeX @conference{Lui2010,author={Lui, Hoi Shun and Shuley, Nick},title={On the polarization response using resonances for target recognition},booktitle={Asia-Pacific Microwave Conference Proceedings, APMC, Yokohama; 7 December through 10 December},isbn={978-490233922-2},pages={1813-1816 },abstract={In most studies concerning resonance based target recognition, targets are usually excited and measured using a linear polarized basis and at the same time ignoring the cross polarization component. In this paper, the possibility of using circular polarization in this context is investigated. Numerical results of some simple wire targets demonstrate that it would be easier to fully excite all of the important resonances using a circular polarization basis with due consideration of the co- and cross-polarized directions.},year={2010},keywords={Polarization, Resonance-based Target Recognition, Transient Electromagnetic Scattering},}

RefWorks RT Conference ProceedingsSR ElectronicID 141932A1 Lui, Hoi ShunA1 Shuley, NickT1 On the polarization response using resonances for target recognitionYR 2010T2 Asia-Pacific Microwave Conference Proceedings, APMC, Yokohama; 7 December through 10 DecemberSN 978-490233922-2SP 1813OP 1816AB In most studies concerning resonance based target recognition, targets are usually excited and measured using a linear polarized basis and at the same time ignoring the cross polarization component. In this paper, the possibility of using circular polarization in this context is investigated. Numerical results of some simple wire targets demonstrate that it would be easier to fully excite all of the important resonances using a circular polarization basis with due consideration of the co- and cross-polarized directions.LA engLK http://publications.lib.chalmers.se/records/fulltext/141932/local_141932.pdfOL 30